基于计算流体力学的寒区土壤水热耦合模型研究
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胡锦华 1,2( ), 陆峥 1,2, 仝金辉 1,2, 李小雁 1,2, 刘绍民 1,2, 杨晓帆 1,2( )
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Simulating thermo-hydrologic processes in cold region soil system: a computational fluid dynamics study
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Jinhua HU 1,2( ), Zheng LU 1,2, Jinhui TONG 1,2, Xiaoyan LI 1,2, Shaomin LIU 1,2, Xiaofan YANG 1,2( )
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图14. 在冻结开始后1、3、6、12、24小时的温度(a)和液态水饱和度(b)的演变
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Fig.14. Evolution of temperature (a) and liquid water saturation (b) at 1, 3, 6, 12 and 24 h after freezing started
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